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HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!

When the population variance is unknown, the appropriate test statistic to used is

t-test

Sir!

Yes, Bryan!

In a z-test, the sample is assumed to be normally distributed. A z-score is calculated with population parameters such as population mean and population standard deviation.

-The population standard deviation is know

The population is normally distributed.

The sample size is large (n30)

a z-score is calculated with population parameters

meanwhile like a z-test, a t-test also assumes a normal distribution of the sample.

When the variance is known and either the distribution is normal or sample size is large (n is greater that or equal to 30), use z-test.

Z-TEST

T-TEST

Create your own at Storyboard That


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!

When the population variance is unknown, the appropriate test statistic to used is

t-test

Sir!

Yes, Bryan!

In a z-test, the sample is assumed to be normally distributed. A z-score is calculated with population parameters such as population mean and population standard deviation.

-The population standard deviation is know

The population is normally distributed.

The sample size is large (n30)

a z-score is calculated with population parameters

meanwhile like a z-test, a t-test also assumes a normal distribution of the sample.

When the variance is known and either the distribution is normal or sample size is large (n is greater that or equal to 30), use z-test.

Z-TEST

T-TEST

Create your own at Storyboard That


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!

When the population variance is unknown, the appropriate test statistic to used is

t-test

Sir!

Yes, Bryan!

In a z-test, the sample is assumed to be normally distributed. A z-score is calculated with population parameters such as population mean and population standard deviation.

-The population standard deviation is know

The population is normally distributed.

The sample size is large (n30)

a z-score is calculated with population parameters

meanwhile like a z-test, a t-test also assumes a normal distribution of the sample.

When the variance is known and either the distribution is normal or sample size is large (n is greater that or equal to 30), use z-test.

Z-TEST

T-TEST

Create your own at Storyboard That


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!

When the population variance is unknown, the appropriate test statistic to used is

t-test

Sir!

Yes, Bryan!

In a z-test, the sample is assumed to be normally distributed. A z-score is calculated with population parameters such as population mean and population standard deviation.

-The population standard deviation is know

The population is normally distributed.

The sample size is large (n30)

a z-score is calculated with population parameters

meanwhile like a z-test, a t-test also assumes a normal distribution of the sample.

When the variance is known and either the distribution is normal or sample size is large (n is greater that or equal to 30), use z-test.

Z-TEST

T-TEST

Create your own at Storyboard That


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!

When the population variance is unknown, the appropriate test statistic to used is

t-test

Sir!

Yes, Bryan!

In a z-test, the sample is assumed to be normally distributed. A z-score is calculated with population parameters such as population mean and population standard deviation.

-The population standard deviation is know

The population is normally distributed.

The sample size is large (n30)

a z-score is calculated with population parameters

meanwhile like a z-test, a t-test also assumes a normal distribution of the sample.

When the variance is known and either the distribution is normal or sample size is large (n is greater that or equal to 30), use z-test.

Z-TEST

T-TEST

Create your own at Storyboard That


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!

When the population variance is unknown, the appropriate test statistic to used is

t-test

Sir!

Yes, Bryan!

In a z-test, the sample is assumed to be normally distributed. A z-score is calculated with population parameters such as population mean and population standard deviation.

-The population standard deviation is know

The population is normally distributed.

The sample size is large (n30)

a z-score is calculated with population parameters

meanwhile like a z-test, a t-test also assumes a normal distribution of the sample.

When the variance is known and either the distribution is normal or sample size is large (n is greater that or equal to 30), use z-test.

Z-TEST

T-TEST

Create your own at Storyboard That


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!

When the population variance is unknown, the appropriate test statistic to used is

t-test

Sir!

Yes, Bryan!

In a z-test, the sample is assumed to be normally distributed. A z-score is calculated with population parameters such as population mean and population standard deviation.

-The population standard deviation is know

The population is normally distributed.

The sample size is large (n30)

a z-score is calculated with population parameters

meanwhile like a z-test, a t-test also assumes a normal distribution of the sample.

When the variance is known and either the distribution is normal or sample size is large (n is greater that or equal to 30), use z-test.

Z-TEST

T-TEST

Create your own at Storyboard That


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN



HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!


HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:

VARIANCE IS UNKNOWN


who can tell me the answer?

sir!

When the population variance is unknown, the appropriate test statistic to used is

t-test

Sir!

Yes, Bryan!

In a z-test, the sample is assumed to be normally distributed. A z-score is calculated with population parameters such as population mean and population standard deviation.

-The population standard deviation is know

The population is normally distributed.

The sample size is large (n30)

a z-score is calculated with population parameters

meanwhile like a z-test, a t-test also assumes a normal distribution of the sample.

When the variance is known and either the distribution is normal or sample size is large (n is greater that or equal to 30), use z-test.

Z-TEST

T-TEST

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Texte du Storyboard

  • HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:VARIANCE IS UNKNOWN
  • who can tell me the answer?
  • sir!
  • Sir!
  • HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:VARIANCE IS UNKNOWN
  • When the population variance is unknown, the appropriate test statistic to used is
  • t-test
  • In a z-test, the sample is assumed to be normally distributed. A z-score is calculated with population parameters such as population mean and population standard deviation.
  • HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:VARIANCE IS UNKNOWN
  • Yes, Bryan!
  • When the variance is known and either the distribution is normal or sample size is large (n is greater that or equal to 30), use z-test.
  • meanwhile like a z-test, a t-test also assumes a normal distribution of the sample.
  • T-TEST
  • Z-TEST
  • -The population standard deviation is knowThe population is normally distributed.The sample size is large (n30)a z-score is calculated with population parameters
  • who can tell me the answer?
  • HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:VARIANCE IS UNKNOWN
  • sir!
  • HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:VARIANCE IS UNKNOWN
  • who can tell me the answer?
  • sir!
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